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Client Testimonial: Alabama Superfund Site
“ISCR technology from Adventus was the EPA approved
remedy for both soil and groundwater treatments at our Alabama
Superfund Site. The DARAMEND application for pesticides in
soil was completed on time, on budget, and with attainment
of all performance standards set forth in the Recordof Decision.
The EHC applications for chlorinated solvents and pesticides
in groundwater has shown to be an effective, long-lasting
solution. Following one series of injections, groundwater
performance standards have been attained for chlorinated
ethenes and ethanes. Pesticide concentrations are approaching
their performance standards. The EHC technology was selected
after other injectable products had failed to meet performance
standards”.
—Superfund Site Program Manager |
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DARAMEND® Biological
Treatment for Soil, Sediment and Solid Wastes

DARAMEND® particle
colonization as viewed
through an electron
microscope

DARAMEND® treatment
DARAMEND® is an advanced biological
treatment technology for soil, sediment, and
solid wastes contaminated with recalcitrant
organic compounds. DARAMEND® technology has been successfully
applied to more than 3,600,000 metric tons of soil, sediment,
and other wastes contaminated with polycyclic aromatic
hydrocarbons (PAHs), PCP, phthalates,
chlorinated herbicides and pesticides, organic
explosive compounds and wood preservatives at a
variety of industrial and military sites in the
United States, Canada, Australia and Europe.
Independent audits conducted by the US EPA and
Environment Canada found DARAMEND® to
be effective for the treatment of soils at wood
preserving sites. DARAMEND® has been
successfully applied to soils containing
organic explosive compounds at US Navy and Army
sites in Virginia, Iowa, New Jersey, Nevada,
and Illinois. The technology is uniquely
advantageous because it can often be applied
without excavation, generates no odors or
leachate, and does not result in bulking. The
use of DARAMEND® can result in substantial
cost savings and shorter remediation schedules
compared to traditional bioremediation
processes, such as composting.
Download
Technical Summary
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